A long straight wire of mass 20.0-g that is 4.00 m long carries a current of 10.00 A. This wire is aligned horizontally along the west-east direction with the current going from west to east. You want to support the wire against gravity using the weakest possible uniform external magnetic field. Find: (a) The direction of the magnetic field (b)The magnitude of a weakest possible magnetic field you could use (c) The maximum force exerted on the wire
A long straight wire of mass 20.0-g that is 4.00 m long carries a current of 10.00 A. This wire is aligned horizontally along the west-east direction with the current going from west to east. You want to support the wire against gravity using the weakest possible uniform external magnetic field. Find: (a) The direction of the magnetic field (b)The magnitude of a weakest possible magnetic field you could use (c) The maximum force exerted on the wire
Chapter12: Sources Of Magnetic Fields
Section: Chapter Questions
Problem 25P: A long, straight, horizontal wire carries a left-to-right current of 20 A. If the wire is placed in...
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A long straight wire of mass 20.0-g that is 4.00 m long carries a current of 10.00 A. This wire is aligned horizontally along the west-east direction with the current going from west to east. You want to support the wire against gravity using the weakest possible uniform external magnetic field.
Find:
(a) The direction of the magnetic field
(b)The magnitude of a weakest possible magnetic field you could use
(c) The maximum force exerted on the wire
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